Recommended tools for quick fiber optic cable stripping

Fiber optic cable stripping requires precision tools designed to remove coatings, buffers, and jackets without damaging the delicate glass fiber.

Manual and Mechanical Strippers

Manual fiber optic strippers are precision tools that remove polymer coatings such as acrylate, silicone, or polyimide from the fiber end, typically exposing 30–40 mm of bare glass without nicking or scratching it. These strippers are available in various hole sizes to accommodate standard telecommunication fibers (125 µm cladding, ~250 µm coated diameter) and specialty fibers with thinner coatings. Mechanical strippers can also handle tight buffers (900 µm) and larger cable jackets, making them versatile for field installations.

Thermal and Automated Strippers

Thermal or automated stripping systems, such as the AutoStrip II, use controlled heat or patented burst technology to remove fiber coatings cleanly and consistently. These systems are ideal for mid-span window stripping, variable strip lengths, and high-volume production. They offer chemical-free operation, high first-pass yield, and built-in tensile testing to ensure fiber strength and cleanliness at magnifications up to 400x.

Automated units can handle coating diameters up to 1,000 µm and allow precise control over stripping distance, temperature, and speed.

Specialty Tools and Accessories

Specialized tools include fiber cable slitters for removing outer jackets, fiber cleavers for precise endface preparation, and crimp tools for connectorization. Leading brands like Paladin Tools, Corning, AFL, and Jonard provide equipment for telecom, datacom, and IT applications, covering all aspects of fiber preparation, termination, and maintenance. Some tools are all-in-one, capable of stripping jackets, buffers, and coatings with high precision.

Considerations for Choosing Tools

Fiber type and coating: Ensure the stripper matches the fiber's cladding and coating diameter. Application: Fieldwork may favor manual or mechanical strippers, while production environments benefit from automated systems. Precision and safety: High-quality tools prevent fiber damage and maintain signal integrity.

Compatibility: Check for accessories, replacement blades, and connector-specific crimping tools. Investing in the right fiber optic stripping tools ensures clean, reliable fiber preparation, which is critical for splicing, connectorization, and overall network performance.